I don't want to convince anyone, I just raise the question, He clearly talk about messing around with electron resonance energy levels, there is only one way this can be done. Laser principle... He talks about ejecting electrons, out of the orbit, the only way you can have atoms to do this with no expense in energy, is to keep the energy there and than do whatever you want with the material...
I'm saying the cavity will have high energy accumulated, this is potential, (not consumed) when you transmute one molecule it will give off the energy to the others and so on...
I'm not sure how the electron ejection occurs this is hard to find, they only talk about the photons actions... But my best guess is that having the energy inside it will keep inside or would get into the atoms, however as we want to have destabilized atoms i see no problem. however i guess the energy will keep mostly inside the cavity, this will aid the process on other molecules... He says that he momentaneusly pluck off the electrons of the oxygen and when the atoms recombine with those electrons they get neutralized and released as gas... He than state when the gas atoms further suffer loss of electrons, they cause fisical impact cause they get deflected by the voltage fields witch is what he call Resonant action... probably xrays would be the best to induce this electron ejection... 13,6ev is not hard to achieve.. actually applying 13,6 volts over a filament will produce electrons with this energy... the thing is to make this get into the cavity ...
Microwaves are not a big problem, they have low ev energy, So we could charge the water probably with visible light energy to get high energy state.
The number of photons we provide will be absorbed and than the water will in the end emit amplified microwave witch will remain enclosed into the cavity...
Just ideas...
